825 Ratings
Master modern DataOps and DevOps practices with Edubrights’ Databricks DevOps & CI/CD for Data Pipelines Training in Chennai. This course is designed for data engineers, DevOps engineers, cloud professionals, software developers, analytics engineers, and working professionals who want to automate, deploy, and manage scalable data pipelines using industry-standard DevOps methodologies.
Gain hands-on experience in version control, CI/CD automation, infrastructure as code, pipeline orchestration, testing frameworks, deployment strategies, and Databricks DevOps workflows through real-world enterprise projects and production-focused use cases.
✅ Real-Time Data Pipeline Automation Projects & Enterprise Use Cases
✅ Live Instructor-Led Training by Experienced DevOps & Data Engineering Experts
✅ Hands-On Training with Databricks DevOps Workflows
✅ CI/CD Pipeline Development for Data Engineering Projects
✅ Git, GitHub & Version Control Best Practices
✅ Automated Testing, Validation & Deployment Techniques
✅ Infrastructure as Code (IaC) Fundamentals
✅ Azure DevOps, GitHub Actions & CI/CD Integration
✅ Data Pipeline Monitoring, Logging & Troubleshooting
✅ Secure Deployment & Environment Management Strategies
✅ Resume Building, Portfolio Development & Mock Interview Preparation
✅ Certification Guidance & Career Mentorship
✅ Placement Assistance for Data Engineering & DevOps Roles
✅ Flexible Online, Classroom & Weekend Training Options
✅ Corporate Training for Enterprise Data & DevOps Teams
Modern organizations rely on automated deployment and reliable data pipelines to support analytics, AI, and business intelligence initiatives. This course helps you build the practical skills required to streamline development workflows, reduce deployment risks, improve collaboration, and deliver production-ready data solutions efficiently.
Become industry-ready with advanced DevOps and CI/CD skills tailored for modern Databricks-based data engineering environments.

2+
40+
100%
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Lifetime
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All
Develop practical skills in managing Databricks workspaces, clusters, jobs, notebooks, and storage using Databricks CLI and REST APIs to streamline operational tasks and improve productivity.
Learn how to design, implement, and maintain automated CI/CD pipelines using GitHub Actions and Azure DevOps for testing, validating, and deploying Databricks assets across environments.
Gain hands-on experience with Terraform, secret management, access control, audit logging, and compliance-focused deployment practices to build secure and scalable data platforms.
Create reliable deployment processes with automated testing, rollback mechanisms, monitoring, and operational documentation that support enterprise-scale data engineering projects.
Build industry-ready skills required for Data Engineer, DevOps Engineer, and Cloud Data Engineer roles.
Project 1
In this project, learners will build a complete CI/CD workflow that automatically validates, tests, and deploys Databricks notebooks from a Git repository into development, staging, and production environments. The pipeline will use GitHub Actions or Azure DevOps to automate deployment activities, reducing manual effort and improving release consistency
Project 2
Students will create reusable Terraform modules to provision Databricks workspaces, clusters, jobs, and access controls automatically. The project demonstrates how Infrastructure as Code can simplify environment management, improve consistency, and support scalable cloud deployments.
Project 3
This project focuses on automating operational tasks using Databricks REST APIs. Learners will develop scripts to create clusters, schedule jobs, manage notebooks, and monitor platform resources programmatically.
Project 4
In this project, students will design and implement a secure deployment framework using Databricks Secret Scopes, Azure Key Vault, or AWS Secrets Manager. The project includes access management, credential rotation, audit logging, and role-based deployment controls to meet enterprise security and compliance requirements.
Project 5
Learners will build a complete DevOps solution for a financial data processing platform. The project includes source control integration, automated testing, CI/CD deployment, infrastructure provisioning, rollback strategies, and operational documentation.
Edubrights offers Databricks DevOps & CI/CD for Data Pipelines Training in virtual mode with expert trainers. Here are the key features,
40 Hours Course Duration
100% Job Oriented Training
Industry Expert Faculties
Free Demo Class Available
Completed 500+ Batches
Certification Guidance
Experience in the Industry Gain expertise from Azure-certified data engineers who have built cloud data platforms using Azure Databricks, ADLS Gen2, Azure Data Factory, and Azure Synapse for enterprises on the Microsoft Azure ecosystem.
Backgrounds at the Top Our Azure Databricks trainers have delivered cloud data engineering projects at financial institutions, retail companies, and healthcare organisations leveraging the full Microsoft Azure data platform stack.
Clear & Effective Teaching Azure Databricks workspace setup, ADLS Gen2 integration, Delta Lake, ADF orchestration, Structured Streaming, Azure ML integration, and Unity Catalog governance are taught with real Azure data platform examples.
Hands-On Learning Focus Students build Azure data pipelines, work with Delta Lake on ADLS Gen2, orchestrate notebooks with ADF, stream from Event Hubs, and configure Unity Catalog through structured hands-on lab exercises.
Up-to-Date Knowledge Trainers keep content current with the latest Azure Databricks releases, Microsoft Fabric integration considerations, Unity Catalog on Azure enhancements, and evolving Azure data platform best practices.
Edubrights Offers the Databricks DevOps & CI/CD for Data Pipelines Professional Certification validates your ability to automate, deploy, test, secure, and manage Databricks-based data engineering solutions using modern DevOps practices. This certification demonstrates practical knowledge of Databricks CLI, REST APIs, Git integration, CI/CD pipeline implementation, Infrastructure as Code (Terraform), automated testing, security management, and deployment automation.

Databricks DevOps is the practice of applying DevOps principles such as automation, testing, version control, and continuous deployment to Databricks-based data engineering and analytics projects.
This course is ideal for Data Engineers, DevOps Engineers, Cloud Engineers, Platform Engineers, Data Architects, and professionals responsible for deploying and managing Databricks workloads.
Basic knowledge of Databricks, cloud platforms, or data engineering concepts is helpful, but the course introduces core DevOps practices and deployment workflows from the ground up.
The course covers Databricks CLI, Databricks REST API, Git, GitHub Actions, Azure DevOps, Terraform, Secrets Management, and testing frameworks used in modern data engineering environments.
CI/CD helps automate testing, deployment, and validation processes, reducing manual effort, improving reliability, and ensuring faster delivery of data solutions.
Terraform is an Infrastructure as Code tool that allows teams to automate the creation and management of Databricks resources such as workspaces, clusters, jobs, and permissions.
Yes. The course includes hands-on training on automating deployments using GitHub Actions, Azure DevOps pipelines, Databricks CLI, and REST APIs.
Learners can pursue roles such as Databricks Engineer, Data DevOps Engineer, Cloud Data Engineer, Platform Engineer, DevOps Engineer, and Data Infrastructure Specialist.
Yes. The course includes practical projects covering CI/CD automation, infrastructure provisioning, deployment pipelines, testing frameworks, and security implementation.
Yes. As organizations adopt cloud-based analytics platforms, professionals who can automate deployments, manage infrastructure, and implement CI/CD pipelines are increasingly in demand.
Yes, you learn how to monitor pipelines.
Yes, Git is essential for version control.
Usually 4–8 weeks depending on learning speed.
Yes, certification is provided after completion.
Yes, it improves chances for senior data engineering roles.v
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